The Society of American Value Engineers International defines value engineering as, “a function-oriented, systematic, team approach to provide value in a product, system, or service.” In renovations, value engineering has always meant one thing: an approach to help clients save money without compromising quality. True value engineering is not simply a matter of cutting costs, but rather giving careful consideration to all options, always with the project's goals in mind. A well-planned and well-executed value-engineering process can improve a project without sacrificing its essential integrity.

Larry Miles, considered by many to be the father of value engineering, introduced this process nearly 70 years ago. When Miles developed the analytical field of value analysis for General Electric after the Second World War, he identified two elements of the value equation: function and cost. He then balanced them against one another. As Miles approached the problem of enhancing value, his objective of value analysis was to identify all elements of function and cost, and to express their mutual interdependency so that an informed decision could be made between the two.

Applying that same thinking to commercial property renovation, the value engineering process becomes a systematic approach that engages a team from multi-disciplines, including the owner, architect/engineer, designer, contractor and sometimes an outside consultant, who review the project in an attempt to expose optimum value both short term and long term. Of course, time is also a commodity that must be taken into consideration.

Brainstorming early on in the process will determine what products, systems and processes are used to help eliminate unnecessary cost. In both new construction and renovation, value engineering is too often introduced during the design phase of a project. Doing so does not offer as much of a benefit as it would during the planning stage due to the potential impact of project redesign. Consider this: upfront construction costs account for a mere 11 percent of the total lifecycle costs of a building. That underscores the fact that early decisions have a critical impact on the long-term cost of ownership. Likewise, when a professional team works together from the beginning of the planning stage of the renovation, the right materials can be specified from the start, thereby avoiding unnecessary change orders and delays in the schedule.

Compromise Cost...Not Quality

The essence of Value Engineering is compromise. For instance, can 200 pieces of ceramic tile be substituted for marble? That depends on several things, such as what is the owner's expectations? What kind of wear and tear the flooring will be subjected to? How does this tile affect the overall design? While the project programming may show the client wants marble, changing to a ceramic tile that looks like marble and multiplying that savings by 200 may become worth considering by all parties.

For another example, let’s consider a mid-size hotel under renovation and instead of considering what products are used, let’s analyze where they come from. The owner’s chief concern is time; the hotel rooms have been taken offline, so the quicker the renovation is completed the faster they can be profitably turned back over to the hotel. If buying the building products from an overseas vendor, although the cost may be lower than "Made in America," you need to consider the time it takes to not only manufacture but to ship the product. It may be advantageous to source the product locally to alleviate the chances of materials not being received on time due either to communication issues or not allowing enough time to produce and ship, or due to problems that sometimes can occur at U.S. Customs that could hold up delivery.

While these types of compromises may be tedious, they eliminate the need to redesign or re-specify materials and methods at a much later phase when funds have already been poured into the renovation. As a creative aspect, compromise forced by cost constraints can also be a good tool for setting the parameters on design possibilities. Given the many possible design approaches and the limitations, the value engineering process helps narrow down the possibilities, often forcing a team to be more creative or inventive in its compromises.

Of course, compromise simply for the sake of compromise is pointless. Instead, the goal is always to ensure a project is performed and delivered using the best value approach that maintains design integrity without compromising quality, yet eliminating products, processes and designs that generally drive up the overall cost. If something doesn't provide extra long-term value and we can substitute with an alternative, we know we can exceed our customer's expectations.

Conclusion

While every renovation is unique, generally speaking value engineering involves a set of core stages that include:

• Identify products, systems and processes used in the renovation;
• Research their complete functions;
• Study and analyze potential cost-saving alternatives;
• Carefully evaluate the viability of each alternative;
• Price out the alternatives including factors such as shipping, storage, and maintenance, and not just the cost of the product itself, and;
• Incorporate the lower priced substitutes that will be successful.

A fundamental feature of value engineering, and what makes it so advantageous in a commercial property renovation project, is that it does not seek to alter or diminish the project’s conceptual vision, or make sacrifices with respect to project material and quality, functionality, performance and reliability. On the contrary, value engineering can actually improve aspects by identifying innovative options and new approaches.